This document summarizes and analyzes research on analyzing the effectiveness of startup R&D policy. It begins with introducing the necessity of startup R&D policy due to market failures in innovation and entrepreneurship. It then reviews frameworks for entrepreneurship policy and classifications of startup support policies. Several studies on evaluating the effects of startup R&D policies in countries like the US, Israel, and China are summarized. Key challenges in evaluating policy effectiveness like endogeneity, measurement, and long-term effects are also discussed.
2. Sukhun Kang
A. 스타트업 R&D 정책의 문제의식, 필요성, 그리고 장단점
B. 스타트업 R&D 정책의 성과 분석
C. 스타트업 R&D 정책 성과 분석 연구의 예시
A. Howell (2017)
B. Chen et al. (2018)
C. Conti (2018)
D. 마무리
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목차
3. Sukhun Kang
• R&D and Market Failure
• Social returns are greater than private returns (i.e., spillover) – thus
some opportunities won’t be explored due to high-risk and low
profitability (Arrow, 1962; Griliches, 1992;1995).
• Innovation is inherently risky and full of information asymmetry.
• Entrepreneurship and Market Failure
• Early-stage-ideas are even more risky especially if it involves high tech
and innovative ideas – certification (e.g., government subsidy) is
necessary to provide signals for these ideas (Lerner, 1999; Hall, 2000).
• Venture capital is supposed to mediate the risk however they are also
risk-averse thus cannot assume all the risks (Lerner & Kegler, 2000).
• Entrepreneurship perceived as risky career so there is not enough
human capital in the market.
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스타트업 R&D 정책의 필요성
5. Sukhun Kang
• Demand-side (e.g., Incentive)
• R&D 지원 프로그램
• 세금 감면 프로그램 (e.g., 세액 공제)
• 특허 제도 및 보호
• Supply-side (e.g., Human capital, culture, training)
• 대학 연구 지원 제도
• 창업 교육 지원 제도
• R&D Collaboration
• 정부 주도하 대기업-스타트업 간 연구
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스타트업 지원 정책 분류 (Becker, 2015)
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스타트업 R&D 지원정책의 효과
아이디어
창업
투자
성공
① 창업의 증가
② 첫 투자의 증가
③ 성공 (추가 투자, 엑시트)의 증가
④ 혁신 기업 창업의 증가
⑤ 아이디어의 증가
7. Sukhun Kang
• 정부의 방향성
• 단기적인 효과에 집중: 청년 취업, 예산확보, 성공 확률 높은 기업에 투자집중, 로컬 효과 (Bloom et al., 2002)
• 벤쳐 투자자의 전문성 결여
• 벤쳐 투자자
• 정부 지원금이 들어옴으로써 오는 벤쳐 투자자의 Replacement 효과 (Wallsten, 2000)
• 다음 Stage Funding 혹은 Exit Channel은 존재하는지?
• 인력 자원
• 만약 존재하는 아이디어나 스타트업이 다 별로라면?
• 정부지원금을 받지 못한 스타트업들의 구인난 (Goolsbee, 1998)
• 지원금의 활용도
• 지원 받은 스타트업이 지원금액을 어떻게 활용할 것인가?
• 지원금만을 위한 스타트업은 없는가?
• 지원금을 받음으로써 오는 노력의 감소
• 지원제도가 요하는 추가 노력
• 사업의 본질이 아닌 부수적인 추가 노력을 요함 (각종 보고서 및 문서 처리)
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스타트업 R&D 지원정책의 단점
8. Sukhun Kang
• Small Business Innovation Research (SBIR) – 미국
• Lerner (1999); Wallsten (2000); Audretsch et al. (2002); Lanahan & Feldman
(2015); Howell (2017); Lanahan & Feldman (2018)
• Innofund – 중국
• Wang et al. (2017)
• TIP – 이스라엘
• Lach (2002); Conti (2018)
• Tekes – 핀란드
• Einio (2014); Autio & Rannikko (2015)
• Innovation Investment Fund – 영국
• Mikromezzaninfonds / ZIM – 독일
• Skolkovo Foundation – 러시아
• InnovaChile - 칠레
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해외 스타트업 지원 정책
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• David et al. (2000)
• Becker (2015)
• Hall & Van Reenen (2000)
• Zuniga-Vicente et al. (2014)
• Garcia-Quevedo (2004)
• Klette et al. (2000)
• Dimos & Pugh (2016)
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정부 R&D 지원 정책 Review 논문
12. Sukhun Kang
• Endogeneity (i.e., reverse causality, selection bias, and omitted
variable bias)
• Wallsten (2000); Hyytinen & Toivanen (2005)
• Only those who will be successful will be applying for grants
• Only those with high risk will be applying for grants
• i.e., Those that get subsidies and do not get them are inherently different
• Measurement
• R&D Output
• Is patent a good measure of innovation (or performance)?
• Spillover
• What about non-recipients?
• Transformational impact? Any other indirect effect?
• Long-term effect
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정부 지원 정책 성과 분석의 어려움
13. Sukhun Kang
• Regression with controls
• Chen et al. (2018)
• Matching
• Conti (2018)
• Fixed effects or DiD
• Conti (2018)
• Selection model
• Conti (2018)
• Regression Discontinuity Design
• Howell (2017)
• Randomized Controlled Trial (i.e., Experiment)
• 정책 디자인 단계부터 성과 분석을 미리 고려함으로써 정책 분석에
도움이 될수있음.
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지원 정책 성과 분석 방법론 (Jaffe, 2002)
14. Sukhun Kang
• Selection Effect
• Only high-quality incubators apply and receive “partner” status
• Only high-quality startups apply and receive financing
• Treatment Effect
• Less Equity: More Incentives
• Value-Add: Networking & Business Advice
• Financial Constraint: Prototyping?
• Certification Effect
• Underlying quality does not matter
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3 Types of Effects
지원제도 성과 분석
15. Sukhun Kang
• A. Does it work?
• Causal Inference (Selection, Treatment, Certification)
• Selection & Treatment (Howell, 2017)
• Selection (Conti, 2018)
• Certification (Chen et al. 2018)
• B. How does it work (if there is an effect)?
• Theory & Mechanisms
• C. How can it be made to work?
• Practical Implication
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세가지 질문
스타트업 R&D 지원정책 성과 분석
17. Sukhun Kang
• RQ: How does a government grant that subsidizes R&D in new
ventures affect innovative, financial, and commercial success?
• Setting: U.S. SBIR Program
• 7,436 small high-tech firms and over $884 million from 1983 to 2013
• Key Findings
• Improves subsequent venture capital funding (10% -> 19%)
• Improves patenting (30%) and revenue (30%)
• These effects are stronger for H/W startups and young firms
• Mechanism: Prototyping (basic research on a new technology or
testing and demonstrating an existing technology)
• Compared to Phase 1, Phase 2 Grant has a little or no effect
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Overview
Howell (2017)
18. Sukhun Kang
• Setting: U.S. SBIR Program
• $2.2 billion every year
• 2.7% (3.2%) of extramural R&D budget of 11 Federal Agenciesto SBIR
program
• Phase 1: $150,000 for 9 months
• Phase 2: $1 million after Phase 1
• Applicants proposes where to use the grant, but it is not enforced
• DOE officials evaluate each application based on
• Strength of the scientific / technical approach
• Ability to carry out the project
• Commercialization effect
• Data
• All applications received at DOE Fossil Energy and Renewable Energy
Department
• $884 million between 1983 and 2013
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Setting & Data
Howell (2017)
19. Sukhun Kang
• Method: Regression Discontinuity (RD) using a rank based on a
grant application
• Ranks provide a natural experiment by providing a valid
discontinuity cutoff point
• All applicants are likely to put similar amount of efforts in preparing
applicants
• The program official should not manipulate applicants around the cutoff
point – When they rank the applicants they don’t know where the cutoff
is.
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Empirical Strategy
Howell (2017)
20. Sukhun Kang
• Innovation
• Citation weighted patents
• Finance
• Venture Capital
• Revenue
• Successful Exits and Survival
• IPO or Acquisitions
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Phase 1 Grant Impact on Firm Outcomes (1)
A. Does it work? Howell (2017)
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Phase 1 Grant Impact on Firm Outcomes (2)
A. Does it work? Howell (2017)
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Phase 1 Grant Impact on Firm Outcomes (3)
A. Does it work? Howell (2017)
23. Sukhun Kang
• Financial Constraint
• Firms without a patent vs. with patent(s)
• Hardware vs. Software
• Young vs. Old
• Emerging sector vs. Mature sector
• Certification
• Signaling
• Funding
• Equity
• Incentives
• Prototyping
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Phase 1 Grant Mechanisms
B. How does it work? Howell (2017)
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The Grant Mechanisms: Financing Constraint
B. How does it work? Howell (2017)
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The Grant Mechanisms: Certification
B. How does it work? Howell (2017)
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The Grant Mechanisms: Prototyping
B. How does it work? Howell (2017)
27. Sukhun Kang
• Should invest in a large number of small and early-stage
startups
• Should invest more in younger and first-time applicants
• Caveats
• US VC industry vs. Other countries’ VC industries
• US has an active startup exit channel (e.g., IPO, subsequent funding,
M&A)
• Deep technology (i.e., energy industry)
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Policy Implication
C. How can it be made to work? Howell (2017)
28. Event
“The Distinct Signalling Effects of R&D Subsidy
and non-R&D subsidy on IPO Performance on IT
Entrepreneurial Firms in China”
Jin Chen, Chng Suang Heng, Bernard C.Y.
Tan & Zhijie Lin (2018)
Research Policy
29. Sukhun Kang
• RQ: How do R&D subsidy and non-R&D subsidy differ in their
effects on entrepreneurial performance in China?
• Setting: China’s IPO Market
• 269 IPO in IT industry from 2004 to 2015
• Key Findings
• R&D subsidy and IPO performance has an inverted U-shape
relationship while non-R&D subsidy has a positive effect on IPO
performance.
• Government ownership & patent intensity flatten the inverted U-shape
relationship between R&D subsidy and IPO performance while it has
no effect on non-R&D subsidy.
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Overview
Chen et al. (2018)
30. Sukhun Kang
• R&D Subsidy and IPO Performance
• R&D Subsidy aims to solve the market failure (spillover, information
asymmetry)
• However, it also conveys the risks associated with the company.
• Non-R&D Subsidy and IPO Performance
• Definition: Marketing, Technology purchase, Export, Employment,
Training, etc.
• It conveys signals to external parties about the firm’s ability to conduct
non-R&D activities.
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Theoretical Framework
Chen et al. (2018)
31. Sukhun Kang
• Sample: 269 IT firms that went public between 2004 and 2015
• Dependent Variable
• IPO Performance measured by 1) net proceeds 2) pre-market valuation
• Independent Variable
• Total amount of R&D subsidy (avg = 5.9, min = 0, max = 121.90) and
non-R&D subsidy (avg = 4.14, min = 0, max = 73.04)
• Based on the title or goal of the subsidy
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Setting & Data
Chen et al. (2018)
32. Sukhun Kang 32
The effect of subsidies on IPO Performance
1. Does it work? Chen et al. (2018)
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The effect of subsidies on IPO Performance – Moderating Variables
1. Does it work? & 2. How does it work? Chen et al. (2018)
34. Sukhun Kang
• Propensity Score Matching
• State ownership, political tie, patent intensity, VC endorsement dummy,
location dummy, software dummy, Hi Tech Park dummy
• Instrument Variable
• A region-based pooled R&D subsidy and non R&D subsidy availability
• Policy change
• Implementation of Medium-term to Long-term Plan for Science and
Technology Development
• Limit to firms who received subsidy after the reform
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Robustness Checks
1. Does it work? Chen et al. (2018)
35. Sukhun Kang
• Understanding of symbolic role of government subsidy.
• Are we looking for treatment effect or symbolic (certification) effect?
• R&D and non-R&D subsidies may signal different aspects of the
recipients.
• Who will benefit from R&D subsidy and who won’t?
• Vice versa for non-R&D subsidy
• Caveats
• One industry and one country
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Policy Implication
C. How can it be made to work? Chen et al. (2018)
37. Sukhun Kang
• RQ: How does the level of restrictions on the external transfer of
knowhow affect the startup’s decision to apply for subsidy? And, how
does it influence the venture outcomes?
• Setting: Israel OCS Subsidy
• 2,304 small high-tech startups (in which 907 applied for an OCS Subsidy)
• Key Findings
• Before the restriction removal, startups with private financing were less likely
to apply for a subsidy.
• After the reform, startups with private financing were more likely to apply
(14%).
• After the reform, the subsidy recipients were more likely to survive (~20%),
more likely to receiving external investment (~25%), and more likely to patent
(~28%).
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Overview
Conti (2018)
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Effect of Israeli Policy Reform on Startups’ Decision to Apply
1. Does it work? Conti (2018)
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Effect of Israeli Policy Reform on Venture Outcomes
1. Does it work? Conti (2018)
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Policy Reform Effect
B. How does it work? Conti (2018)
• Before the reform, there was no significance difference in performance
between subsidized and nonsubsidized applicants.
• However, after the reform, the probability of a startups surviving, its
likelihood of attracting VC, and its innovation output increased only for
subsidized ones.
• The policy must have increased the startups’ marginal value from exerting
effort in a subsidized project, and concurrently effort.
41. Sukhun Kang
• Should remove restrictions where possible.
• Especially for small economies like Israel (and South Korea)
• E.g., Maybe tax incentives for keeping the R&D facility local would be more
effective than posing restrictions on the external transfer of subsidized know-how
• Should probably invest in innovation capacity of local
universities and large firms in parallel.
• Entrepreneurs should carefully examine the restrictions of
subsidy they apply to.
• Caveats
• Policy restriction removal can be endogenous to the Israel’s setting
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Policy Implication
C. How can it be made to work? Conti (2018)